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General| Brand | BK Precision |
|---|---|
| Model | 4084AWG |
| Category | Inverter |
| Language | English |
Ensure proper grounding for electrical safety and shock prevention.
Avoid operation in environments with flammable gases or fumes.
Keep covers closed; only qualified personnel should service internal components.
Understand hazard statements to prevent injury or equipment damage.
Overview of the B&K Precision 4080 Series lab-grade function generators.
Highlights of the 4080 Series, including DDS, frequency range, and counter.
Technical specs for waveforms, amplitude, distortion, and sample rates.
Performance characteristics of the built-in 100 MHz counter.
Environmental, power, and physical specifications of the instrument.
Layout and function of front panel controls, display, and indicators.
Identification and purpose of rear panel connectors and terminals.
Guide for unpacking, mounting, and initial power-up procedures.
Explanation of standard, modulation, pulse, and sweep modes.
Methods for choosing built-in and stored arbitrary waveforms.
Techniques for inputting values using the keypad, knob, and arrow keys.
How to configure the output signal's frequency or period.
Procedure for adjusting the output signal's voltage amplitude.
Steps to set the DC offset for the output signal.
Method for setting the duty cycle of pulse waveforms.
Description of the front-panel TTL output signal.
Functionality for saving and loading instrument configurations.
Configuration of frequency sweep parameters and modes.
Setting up Frequency Modulation parameters and signals.
Configuration of Amplitude Modulation parameters and signals.
Setting up burst parameters like cycle count and spacing.
How to configure Frequency Shift Keying (FSK) modulation.
Setting up Phase Shift Keying (PSK) modulation parameters.
Introduction to the instrument's frequency measurement and totalization capabilities.
Overview of SCPI language and remote operation preparation.
Explanation of SCPI command structure and conventions.
In-depth guide to SCPI commands for instrument control.
Introduction to the arbitrary waveform generation capabilities and software.
Instructions for setting up and starting the AWG software.
Methods for waveform generation using text files or graphical tools.
Process for sending custom waveforms to the generator via RS232.
Guide for importing waveform data from a Tektronix oscilloscope.
Official statement of product compliance with European directives.
Details on obtaining support, repairs, and warranty coverage.
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